Industry

Renewable Energy

Renewable energy storage for solar and wind generation

Renewable energy storage captures surplus solar and wind output for later use. BX designs battery systems around generation profiles, export limits and dispatch requirements. The aim is to reduce curtailment and deliver energy when the project needs it.

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Industry Challenges

Renewable energy challenges

Problem

Solar and wind curtailment wasting 15-30% of generation capacity

Solution

BESS captures surplus renewable energy for dispatch during high-value periods

Problem

Intermittent output reducing the bankability of renewable projects

Solution

Storage firms renewable output into dispatchable, predictable capacity

Problem

Grid connection constraints limiting new renewable capacity

Solution

Co-located BESS enables larger renewable installations on existing connections

Problem

Low wholesale prices during peak generation hours

Solution

Energy shifting moves generation value to high-price periods, increasing revenue 20-40%

Storage options for renewable energy

Utility-Scale BESS

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Containerized BESS

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How We Deploy

Deployment Process

01

Renewable resource and generation profile analysis

02

Storage sizing and revenue modelling

03

System design and grid interconnection planning

04

Procurement, construction, and commissioning

05

Performance monitoring and optimisation

Compliance & Safety

Grid code compliance

Environmental Impact Assessment (EIA)

NFPA 855 fire safety

IEEE 1547 / IEC 62786 interconnection standards

Utility interconnection agreements

Frequently Asked Questions

What size storage do I need for my solar farm?

Typical ratios are 2-4 hours of storage at rated power capacity. We model your specific generation profile and market conditions to optimise sizing.

Can storage increase my renewable project revenue?

Yes. Energy shifting, capacity firming, and ancillary services typically increase project revenue by 20-40% compared to unmanaged renewable generation.

What is the typical project timeline?

12-18 months from feasibility to commercial operation. Co-located storage with existing renewables can be faster at 6-9 months.

Does BESS qualify for renewable energy incentives?

In many jurisdictions, co-located storage qualifies for investment tax credits, accelerated depreciation, and renewable energy certificates.

Plan renewable energy storage

Share your generation profile, grid connection limits and intended dispatch schedule. We use those inputs to size renewable energy storage for your site. Also identify curtailment periods and any contracted delivery obligations so the system design can reflect the way your project earns revenue. For independent background, see the U.S. Department of Energy’s energy storage research and resources.

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